The invention discloses a multilayer glazing method for Nixing pottery. The method comprises the following steps: bisque firing: a bisque firing billet is put into a kiln and fired at the temperature of 600-800 DEG C, and bisque is obtained; ground glaze application: the bisque is subjected to glaze shaking until a glaze layer is uniform and smooth, and then the bisque is dried in shade for 2-3 days; re-firing for the first time: the bisque with ground glaze is put into the kiln to be re-fired until the firing temperature for a semi-finished glaze body reaches 880-920 DEG C, the power supply is cut off, the bisque is taken out after the temperature is reduced to 300 DEG C, and semi-finished glaze body is obtained; application of outer-layer glaze: the semi-finished glaze body is subjected to glaze shaking again until a glaze layer is uniform and smooth and then the semi-finished glaze body is dried in shade for 2-3 days; re-firing for the second time: the semi-finished glaze body with the outer-layer glaze is put into the kiln and re-fired until the firing temperature reaches 1,100-1,200 temperatures and then is kept at the temperature for 10 minutes, the power supply is cut off, and the glaze body is taken out of the kiln after the temperature is reduced to 300 DEG C. The finished Nixing pottery has the effect of multiple glassy layers and has relatively high ornamental value and artistic value.